How long did it take from blast sour to touch down on the moon? They are talking something like humans going to Mars, how long will the trip take, 6 months? Our earliest robotic exploration vehicle (launched in the mid-70's) are very soon just crossing the outer reach of the solar system. Our nearest neighboring star is 4.2 light years away. Obviously, we aren't going anywhere near our current means of propulsion. So, what can we do and how soon will it pilfer to do it?
Answers: leaving the prearranged solar system technically isnt that much of a leap, at least for robots. the voyagers of the 70s enjoy left the agreed solar system , entering the kuiper belt. humans though, would need a pretty darn dutiful reason to spend the remainder of their lives on a spaceship. within are probably a great number of massive and interesting objects in the oort cloud that are purely not bright plenty to be detected with current technology. as far as reaching the nearest star, that really is a stretch, but deem back just one lifetime ago. the wright brothers had in recent times lifted sour on the first airplane. look what has happen in the lifetime of the average human. the wright flyer to voyager, 73 years. presume about it, incredible!!
as far as propulsion is concerned, seriously can happen between very soon and the day that we seriously consider interstellar travel. currently the favored technology are high specific fad combined with long duration thrust. what that mode using low reaction mass and soaring energy. currently VASIMIR engines present the higest known specific fad but have extremely high-ranking energy requirements. the other odds is an externally powered craft, such as a solar sail(good around the solar system), a magnetic sail(good around massive objects and solar wind), and the most promising, a ground base beam rider. such a craft would ride similar to a solar sail on the photons of a massive dirt based strength beam. its pretty frozen to imagine but did wilbur and orville, flying thier rickety contraption at 12 mph assume voyager flying past jupiter,saturn, uranus and neptune at 35000mph? (all inside a lifetime!!)
i certainly hope so. they're sucking up adjectives the good marf!
To acquire out of the solar system is no big deal once you put a fission or fusion reactor on a ship near ion engines.
The only entity is... where would you want to be in motion? With ion drive it takes going on for a millennium to get to the subsequent star.
Add anti-matter to the equation and it takes close to a century.
The valid solution to the problem is not to go faster, but to live longer. Humanity is never going to vacate the solar system. But the beings humanity will evolve into probably will. I would give accelerate evolution, by which I mean the combination of genetically altered humans and device components, something on the order of 500-1000 years up to that time we reach a state of nouns where interstellar spaceflight will start making sense. By afterwards THEY will also know exactly where to walk. But WE will only be the scarcely remembered incubator stage for THEM.
I can see it pretty clearly... it can all be found contained by the equations for physics.
:-)
I wish I could notify you that we will, but this is a subjective question. What’s more noteworthy to me is that will humans be around that long to, “make it so”.
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Answers: leaving the prearranged solar system technically isnt that much of a leap, at least for robots. the voyagers of the 70s enjoy left the agreed solar system , entering the kuiper belt. humans though, would need a pretty darn dutiful reason to spend the remainder of their lives on a spaceship. within are probably a great number of massive and interesting objects in the oort cloud that are purely not bright plenty to be detected with current technology. as far as reaching the nearest star, that really is a stretch, but deem back just one lifetime ago. the wright brothers had in recent times lifted sour on the first airplane. look what has happen in the lifetime of the average human. the wright flyer to voyager, 73 years. presume about it, incredible!!
as far as propulsion is concerned, seriously can happen between very soon and the day that we seriously consider interstellar travel. currently the favored technology are high specific fad combined with long duration thrust. what that mode using low reaction mass and soaring energy. currently VASIMIR engines present the higest known specific fad but have extremely high-ranking energy requirements. the other odds is an externally powered craft, such as a solar sail(good around the solar system), a magnetic sail(good around massive objects and solar wind), and the most promising, a ground base beam rider. such a craft would ride similar to a solar sail on the photons of a massive dirt based strength beam. its pretty frozen to imagine but did wilbur and orville, flying thier rickety contraption at 12 mph assume voyager flying past jupiter,saturn, uranus and neptune at 35000mph? (all inside a lifetime!!)
i certainly hope so. they're sucking up adjectives the good marf!
To acquire out of the solar system is no big deal once you put a fission or fusion reactor on a ship near ion engines.
The only entity is... where would you want to be in motion? With ion drive it takes going on for a millennium to get to the subsequent star.
Add anti-matter to the equation and it takes close to a century.
The valid solution to the problem is not to go faster, but to live longer. Humanity is never going to vacate the solar system. But the beings humanity will evolve into probably will. I would give accelerate evolution, by which I mean the combination of genetically altered humans and device components, something on the order of 500-1000 years up to that time we reach a state of nouns where interstellar spaceflight will start making sense. By afterwards THEY will also know exactly where to walk. But WE will only be the scarcely remembered incubator stage for THEM.
I can see it pretty clearly... it can all be found contained by the equations for physics.
:-)
I wish I could notify you that we will, but this is a subjective question. What’s more noteworthy to me is that will humans be around that long to, “make it so”.
More Solar Questions & Answers...